Deposit and collection receptacles – Separate inlet and outlet openings
Reexamination Certificate
2000-06-01
2002-05-21
Browne, Lynne H. (Department: 3628)
Deposit and collection receptacles
Separate inlet and outlet openings
C232S044000, C232S055000, C141S351000
Reexamination Certificate
active
06390360
ABSTRACT:
BACKGROUND OF THE INVENTION
This invention relates to coin dispensers, and to coin containers for use in such dispensers. In particular, the invention relates to coin containers for storing loose, randomly-arranged coins.
In various forms of self-service machines or terminals (SSTs), such as ticket vending machines and in certain forms of automated teller machines (ATMs), there is a requirement to store coins to be dispensed to allow, for example, a user to purchase a travel ticket from a vending machine using a bank note of higher value than the ticket, or to use an ATM to withdraw cash from a bank account, and the cash to be dispensed as coins. Also, there is increasing usage of self-service financial services centers (FSCs), which offer basic “banking” and other financial services, such as printing of money orders, on a self-service basis. FSCs are primarily intended for those members of the public who do not have ready access to conventional banking services and who may not have a bank account. Typically, FSCs are provided in readily accessible locations such as “24 hour” convenience stores. In a typical FSC transaction, a certified pay cheque will be deposited and cash or a money order dispensed. The FSC operator may charge a commission for processing the cheque, such that the FSC will often be required to dispense a sum of money including relatively small currency units; accordingly, the FSC must have the capability to dispense a range of coins.
At present, loose coins (that is, coins not packaged in rolls) are stored within FSCs in large capacity open-topped hoppers of transparent plastics material. The width of the hoppers is very much greater than the diameter of the coins. Typically, loose coins are poured into the hoppers, which results in the coins being randomly-arranged (that is, not in a single neat stack) in the hoppers.
The hoppers supply coin dispensers under the control of a central processor. The hoppers are replenished on site, typically by operators who are employees of security companies contracted to replenish the FSCs with bank notes, coins, and other valuable media, for example blank money orders, and also to remove deposited items from the FSCs. The operators are required to open the FSC to gain access to the hoppers, and then pour coins into the hoppers from open coin bags. This operation is time consuming, such that the FSC is not available to customers for an extended period, and limits the number of FSCs that a team of operators may replenish in a given period, resulting in relatively high running costs. Further, in the majority of locations the FSC will be positioned in a store aisle or the like, and while the FSC is being replenished there may be considerable inconvenience to customers and staff, and loss of display area to the store operator. It will also be evident to anyone within the store that a large number of coins are being handled; coin bags may have to be left lying on the store floor as the operator opens the FSC and gains access to the coin hoppers, and it is not uncommon for coins to spill into the machine interior and onto the floor of a store during a replenishment operation. Even though the sums of money involved are likely to be relatively modest when compared to the value of banknotes held in the machine, the visibility of the coins, either within the coin bags, hoppers, or spilled around the FSC, may present a temptation to an opportunist thief. Also, this method of replenishing machines does not permit for proper auditing of the coins remaining in a hopper prior to refilling, such that machine faults, thefts or other sources of discrepancies may go undetected for a considerable time.
SUMMARY OF THE INVENTION
It is among the objectives of embodiments of the present invention to obviate or mitigate these disadvantages or other disadvantages of the prior art.
According to the present invention there is provided a coin container for engaging with a coin-dispensing apparatus, the container comprising a portable enclosure for enclosing a plurality of randomly-arranged loose coins, the enclosure including a closeable coin input opening for receiving coins and a closeable coin output opening for presenting individual coins, the enclosure being releasably engageable with a coin-dispensing apparatus with the coin output opening in communication with a coin input of the coin-dispensing apparatus.
The invention also relates to a coin-dispensing apparatus adapted to engage the coin container, and to a combination of the apparatus and container. The coin-dispensing apparatus will typically form a part of a self-service terminal (SST), such as an automated teller machine (ATM) or a financial services center (FSC).
The container is thus in the form of a cassette, which may be filled with a known number of coins at a secure central location, following which the coin input opening is closed, typically by a removable lid, and the closed container then delivered to a coin-dispensing apparatus at a remote location. On site, an operator simply opens the coin-dispensing apparatus, removes the existing container, and the coins contained therein, and replaces this with the new container. Thus, the operator does not have to handle loose coins, the operation may be carried out quickly and efficiently, and the nature of the operation will not be evident to casual bystanders. As the container removed from the apparatus remains closed throughout the replenishment operation, it may be returned to the central location for inspection and then opened in a secure environment and the remaining coins counted, allowing proper auditing of the coin supply to the dispenser.
Preferably, the coin input opening is closeable by a tamper evident lid, that is if the lid is removed and then replaced, this will be evident on subsequent inspection of the enclosure. The lid may be secured by a padlock, a loop of material held together by a seal or other fastener, an applied seal of a tamper evident paper or plastics material, a frangible fastener, a tamper evident fastener requiring use of a specialized tool for removal, or indeed any means which provides evidence of tampering, whether visual or otherwise. To minimize expense it is preferable that the lid is secured or sealed by a simple mechanical arrangement, although more sophisticated arrangements may be provided if desired. In other embodiments the lid may be alarmed.
Preferably also, the coin output opening is normally closed, and most preferably is opened by engagement of the enclosure with the coin-dispensing apparatus. The coin output opening may be opened on or following registration of the enclosure coin output opening with a coin input opening of the apparatus. Thus, the coin output opening is normally arranged to prevent or hinder unauthorized removal of coins via the opening, and is only opened on engagement with the coin-dispensing apparatus. Typically, the output opening will include a mechanical closure which is moved from the opening on engagement with an appropriate mechanical fixture on the coin-dispensing apparatus when the container is located in the apparatus. Alternatively, the closure may be opened by electrical, magnetic or other means. Most preferably, the output opening closure is tamper evident, that is inspection will reveal if an attempt has been made to open the closure by unconventional means, that is other than by engagement with the apparatus, and preferably also if the container has been engaged with a coin-dispensing apparatus on more than one occasion; this latter arrangement may be a simple “tell-tale”, which is marked, moved or broken each time the container is engaged with or removed from an apparatus. Typically, the coin output opening will communicate directly with a coin pick arrangement for feeding coins, one at a time, from the container into the apparatus.
The coin input and output openings are preferably provided separately in the enclosure, but if desired may be combined in a single opening.
Conveniently, the container will include a portion profiled to engage a corresponding
Browne Lynne H.
Conte Francis L.
Miller William L.
NCR Corporation
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